Induction Machines / PHILIP L. ALGER

Public ISBD Titre : Induction Machines Type de document : texte imprimé Auteurs : PHILIP L. ALGER, Auteur Editeur : GORDON AND BREACH SCIENCE PUBLISHERS Année de publication : 1970 Importance : 518p Présentation : ill.; Format : 23.5cmx16.5cm Langues : Français (fre) Langues originales : Anglais (eng) Catégories : ELECTROTECHNIQUE:03 Machines électriques Mots-clés : The Rotating Magnetic Filed  Design of inducation machines. Résumé : This book serves as an essential reference for the future understanding and development of rotating electric machines. First published in 1970, this classic work has endured the last 25 years by offering a comprehensive study of the fundamentals of induction machine design and application. Starting with the first principles of electric circuits, the transformer, magnetic energy storage and the virtual displacement method of calculating magnetic forces, the equivalent circuit of a motor is developed, and the formulas for performance calculations are derived. Basic formulas for torque and output are included, and extensive consideration is given to the fundamental and harmonic magnetic fields produced in the air gap by various types of winding. Speed-torque-current relations, crawling and locking phenomena, magnetic noise, and the rating and application of motors is also covered. Induction Machines [texte imprimé] / PHILIP L. ALGER, Auteur . - GORDON AND BREACH SCIENCE PUBLISHERS, 1970 . - 518p : ill.; ; 23.5cmx16.5cm. Langues : Français (fre) Langues originales : Anglais (eng) Catégories : ELECTROTECHNIQUE:03 Machines électriques Mots-clés : The Rotating Magnetic Filed  Design of inducation machines. Résumé : This book serves as an essential reference for the future understanding and development of rotating electric machines. First published in 1970, this classic work has endured the last 25 years by offering a comprehensive study of the fundamentals of induction machine design and application. Starting with the first principles of electric circuits, the transformer, magnetic energy storage and the virtual displacement method of calculating magnetic forces, the equivalent circuit of a motor is developed, and the formulas for performance calculations are derived. Basic formulas for torque and output are included, and extensive consideration is given to the fundamental and harmonic magnetic fields produced in the air gap by various types of winding. Speed-torque-current relations, crawling and locking phenomena, magnetic noise, and the rating and application of motors is also covered.

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Code-barres	numéro d'inventaire	Cote	Support	Localisation	Section	Disponibilité
7836	10-03-0031	Livre	Bibliothèque IGCMO	Documentaires	Disponible

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